Material Handling Robots
Streamline Your Workflow with OTC DAIHEN Material Handling Robots
OTC DAIHEN offers a versatile lineup of material handling robots designed to optimize your production processes. From heavy lifting to delicate positioning, our robots deliver unmatched precision and reliability. With seamless integration into your existing systems, these robots simplify automation and enhance operational efficiency.


FD-V25 series II Robot (25kg payload, 1.71m reach)
Our FD-V25 series II 6-axis robot is designed for arc welding, cutting and material-handling applications that require a larger payload. Built-in application signal cable simplifies integration and installation.
- Offers a wide working range with an independently articulated arm
- Seamless digital connection with all OTC DAIHEN brand welding power supplies
- Improved vibration restraining control provides smooth robot movement
- Built-in mechanical shock sensor
- Single source technology – all components are manufactured by OTC DAIHEN
- Highly versatile design supports most welding applications

FD-V80 Robot (80kg payload, 2.5m reach)
Our FD-V80, 6-axis robot is designed for material handling and other applications that require a larger payload and reach. Built-in application cabling, utilities and user portal simplify end-of-arm tooling integration and installation.
- Offers a wide working range with an independently articulated arm
- Improved vibration restraining control provides smooth robot movement
- Single source technology – all components are manufactured by OTC DAIHEN
- Highly versatile design supports picking, cutting, load/unload, welding, assembly, finishing and sorting applications
- Through-arm support for end-of-arm tool interfacing including, pneumatic, power, I/O (digital, analog and network) and user/application-specific utilities

FD-V100 Robot (100kg payload, 2.236m reach)
Our FD-V100, 6-axis robot is designed for material handling and other applications that require a larger payload and reach. Built-in application cabling, utilities and user portal simplify end-of-arm tooling integration and installation.
- Offers a wide working range with an independently articulated arm
- Improved vibration restraining control provides smooth robot movement
- Single source technology – all components are manufactured by OTC DAIHEN
- Highly versatile design supports picking, cutting, load/unload, welding, assembly, finishing and sorting applications
- Through-arm support for end-of-arm tool interfacing including, pneumatic, power, I/O (digital, analog and network) and user/application-specific utilities

FD-V130 Robot (130kg payload, 2.139m reach)
Our FD-V130, 6-axis robot is designed for material handling and other applications that require a larger payload and reach. Built-in application cabling, utilities and user portal simplify end-of-arm tooling integration and installation.
- Offers a wide working range with an independently articulated arm
- Improved vibration restraining control provides smooth robot movement
- Single source technology – all components are manufactured by OTC DAIHEN
- Highly versatile design supports picking, cutting, load/unload, welding, assembly, finishing and sorting applications
- Through-arm support for end-of-arm tool interfacing including, pneumatic, power, I/O (digital, analog and network) and user/application-specific utilities

FD-B100 Robot (100kg payload, 2.1m reach)
Our FD-B100, 6-axis robot is engineered for material handling and applications requiring a higher payload capacity and extended reach. With its hollow arm design and built-in application utilities, it ensures seamless end-of-arm tooling integration and enhanced operational efficiency.
- Features a 100kg payload capacity and a hollow arm design for optimal cable management and protection.
- Supports diverse applications including spot welding, picking, assembly, and sorting, thanks to its multipurpose versatility.
- Offers the longest reach in its class at 2.1 meters, enabling operations in extended and complex work areas.
- Designed with a slim profile and high-density layout to minimize interference and enhance efficiency in tight spaces.
Manipulator Specifications
Working Range
Arm:
Wrist:
Maximum Speed
Arm:
Wrist:
Wrist Allowable Load
Allowable Moment:
Allowable Moment of Inertia:
General Specifications
Environmental Conditions

FD-V20S 7-axis Robot (20kg payload, 1.710m reach)
Our FD-V20S 7-axis robot offers our largest payload of its type and is well-suited for arc-welding, air-plasma cutting and material-handling applications.
- Rotation of the 7th-axis enables interference avoidance without changing the position and/or attitude of the end-of-arm tool
- Maintains the optimal angle and attitude of the end-of-arm tool at all times, resulting in enhanced weld quality and ease of programming
- Offers a wide working range with an independently articulated arm
- Seamless digital connection with all OTC DAIHEN brand welding power supplies
- Improved vibration restraining control provides smooth robot movement
- Built-in mechanical shock sensor
- Single source technology – all components are manufactured by OTC DAIHEN
- Highly versatile design supports most welding applications

FD-V25L Robot
The FD-V25L is an extra-long reach robot with a 3-meter arm, covering a wide working area without the need for a slider. With high-speed operation and a 25 kg payload capacity, it can accommodate various tools for welding and material handling. Its extended range of motion makes it ideal for large automation applications across a wide range of operations./span>
- 3m reach covers a wide working area without the need for a slider
- Reach is 1.5 times that of the V8L and 1.8 times that of the V25
- Extended range of motion supports a wide range of operations
- Contributes to improved productivity with high-speed operations
- 25 kg payload capacity
- Sufficient to attach to various tools for welding and material handling
- Ideal for large automation applications
*The value of the positional repeatability is at the tool center point (TCP) compliant to ISO 9283.
**The upper arm movable mass changes depending on the wrist movable mass.